Fractional CO₂ MED-X Laser with Radiofrequency
Fractional CO₂ MED-X Laser with Radiofrequency
SKU:CO2 laser MED-X + RF
VAT not included
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40W Premium Surgical-Dermatological Ablation and Intimate Rejuvenation Platform
Revolutionize deep skin resurfacing treatments, offer drastic non-surgical tissue tightening alternatives, and expand your clinical offerings into aesthetic gynecology with the MED-X Fractional CO2 Laser with Radiofrequency Module. This advanced, premium-class technological station has been developed for doctors, dermatologists, and advanced aesthetic centers that demand maximum mechanical performance, elastic versatility, and spectacular clinical results for severe imperfections. By emitting high-energy pulses, this hardware induces millimeter-precise and controlled tissue vaporization that immediately activates deep neocollagenesis biological processes.
With an imposing ergonomic structure of **167.7 x 48.8 x 39.8 cm** (net weight of 46.7 kg and gross weight of 74.1 kg with industrial packaging of 113.2 x 63 x 65 cm), the MED-X model stands out for its optical transmission system via a **flexible seven-joint articulated waveguide**, ensuring fluid movements and excellent ergonomic handling for the operator. The system is powered by a standard **220-240 V / 50 Hz** network and develops a pumping power of **40 W**, optimizing overall energy consumption below **650 W** and providing certified structural shielding with protection rating **IP20** under all EU biosafety regulations.
Advanced Synergistic Effect: Fractional Ablation at 10.6 Microns and Metallic RF Tube Technology
The biggest drawbacks of traditional CO2 lasers with glass tubes are energy instability, fragility during transport, and short gas lifespan. The MED-X system excellently solves this by integrating a **radiofrequency module (metallic RF tube)**. Upon elliptical contact with the tissue, the device generates a beam with a wavelength of **10,600 nm (10.6 microns)** that selectively impacts the epidermis, creating microthermal thermal damage zones (MLZ). Because it only affects between 15% and 35% of the skin surface, the intact areas promote express, clean, and complication-free healing, reducing the healing period to just a few days.
Geometric Impact Flexibility and Semi-Electronic Pointer Precision
To adapt photonic energy to the most delicate anatomical reliefs, the hardware processes editable geometric maps adjustable in real-time through its smart touch interface:
- 7 Configurable Scan Shapes: Modulates the influence zone elastically into rectangle, ellipse, circle, line, square, triangle, and hexagon shapes.
- Modulable Dot Density: Generates up to a maximum of **400 light spots** per spot with a millimeter-adjustable distance between **0.1 and 2.6 mm**.
- Extreme Energy Range: Elastically calibrates impacts from **2.1 mJ to 400 mJ**, allowing the vaporization depth to be adjusted from 100 to 2,000 micrometers ($\mu m$).
- Integrated Guide Laser Pointer: Incorporates a **635 nm semiconductor laser (power < 5 mW)** that projects a crisp red spot for the doctor to visualize the exact firing zone before ablation.
Advanced Clinical Indications in Aesthetics, Dermatology, and Gynecology
- Attenuation of Keloid and Atrophic Scars: Smooths the reliefs of post-acne sequelae and severe trauma, forcing complete dermal renewal.
- Removal of Neoplasms and Benign Lesions: Cleanly and quickly vaporizes papillomas, condylomas, warts, xanthelasmas, and sebaceous hyperplasias.
- Surgical Removal of Stretch Marks and Pigmentation: Blurs fibrillar ruptures and clearly sweeps away senile melasma accumulations.
- Vaginal and Mucosal Rejuvenation: Tightens vaginal canal walls, molecularly activates natural lubrication, and prevents common gynecological pathologies.
Table of Technical Specifications and Official Parameters
| Hardware Specification | Official Value / Range | Operational Advantage in Your Clinic |
|---|---|---|
| Laser Type / Emitter | Fractional CO2 Laser with RF Tube | High-fidelity emission, unlimited lifespan, and stable radiation. |
| Optical Wavelength | 10,600 nm (10.6 microns) | International gold standard for deep and precise tissue ablation. |
| Lamp Power | 40 W (Watts) | Elastic capacity for fast and hygienic surgical cuts. |
| Adjustable Impact Energy | From 2.1 mJ to 400 mJ | Millimeter control of penetration depth (100 - 2000 $\mu m$). |
| Duration / Frequency | 0.1 - 10 ms / 0.1 - 10 Hz | Ultra-short pulse times to limit collateral thermal damage. |
| Impact Spot Size | 0.02 – 0.05 $mm^2$ | High-density micro-ablation spots for express recovery. |
| Cooling System | By Pure Air | Invulnerable RF tube that eliminates the need for water changes every 30 days. |
| Structural Warranty | 18 Official Months | Factory support with updates and preferential stock supply. |
Clinical Technical Operating Protocol (Step-by-Step):
- Anamnesis and Detailed History: Conduct a meticulous interview. Rule out absolute contraindications such as collagenosis, HIV, active neoplasms, or deep chemical peels in the last 6 months.
- Tissue Preparation and Hygiene: Clean the surface with an ultrasonic cleanser. Disinfect the area by sweeping away impurities with a soapy solution, rinse, and apply Chlorhexidine cleanly.
- Anesthesia and Thermal Mitigation: Apply lidocaine anesthetic cream and thoroughly remove it with dry tissues after the dwell time. Re-disinfect the area with Chlorhexidine 3 times cleanly. It is recommended to simultaneously activate a cryogenic epidermal cooling system for excellent comfort.
- Laser Emission Phase and Closing: The physician and patient must wear protective goggles (included in the set). Project the 635 nm pointer, choose the geometry of the area (e.g., square for cheeks), and perform the shots elastically. At the end, apply a generous layer of molecular healing cream and schedule a rigorous broad-spectrum sun protection protocol.
💡 Pro Tip: The most serious error when operating a CO2 laser is configuring a narrow distance between impact points (less than 0.5 mm) combined with high energies in patients with high phototypes (III to V). If the intact peripheral tissue surrounding the MLZ area is insufficient, the accumulated residual heat will trigger uncontrolled aseptic inflammation, resulting in clear post-inflammatory hyperpigmentation (PIH) or hypertrophic scars that will ruin the clinical success of the treatment. **Thanks to the superior stability of the MED-X RF Tube, the spot diameter is 100% constant; take advantage of this to maintain elastic distances greater than 1.5 mm in the first rejuvenation passes.** This simple technical habit will guarantee an excellent biosafety profile, shorten the patient's downtime, and shield the results under an international prestige standard.
Estimated delivery time: 7 to 10 business days direct from the factory to the door of your medical clinic, dermatology practice, or advanced aesthetic center with official training included!
Click "Add to Cart", introduce the absolute power and indestructible stability of the MED-X Fractional CO2 Laser's RF Tube into your medical practice, optimize your business's profitability without consumable expenses, and equip your practice with the latest in advanced dermo-aesthetic engineering.
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